I was trying to train the nntool with a feature vector of the no.of black pixels in a box in an image divided into 5*5 boxes where there is 5000 images for the digits from 0 to 9 .

so the input matrix for training is 25*50000

the target matrix dimensions is (as I think )10*50000

with a pattern of the following form:

target=zeros(25,50000);
target(1,1:5000)=ones(1,5000);%this correspond to zero
target(2,5001:10000)=ones(1,5000);%this corresponds to one

and so on

so my questions are:

are the dimensions of the target matrix correct?

and if so (if correct) i got an error message:

??? Insufficient number of outputs from right hand side of equal sign to satisfy assignment.

Error in ==> nntool at 681
[errmsg,errid] = me.message;
which I know from previous question on this forum that it is an out of memory error.

I’m having Matlab r2009 a,4GB RAM and 2.00 GHZ Intel core 2Duo .
so please what should i do?I was trying to train the nntool with a feature vector of the no.of black pixels in a box in an image divided into 5*5 boxes where there is 5000 images for the digits from 0 to 9 .

so the input matrix for training is 25*50000

the target matrix dimensions is (as I think )10*50000

with a pattern of the following form:

target=zeros(25,50000);
target(1,1:5000)=ones(1,5000);%this correspond to zero
target(2,5001:10000)=ones(1,5000);%this corresponds to one

and so on

so my questions are:

are the dimensions of the target matrix correct?

and if so (if correct) i got an error message:

??? Insufficient number of outputs from right hand side of equal sign to satisfy assignment.

Error in ==> nntool at 681
[errmsg,errid] = me.message;
which I know from previous question on this forum that it is an out of memory error.

I’m having Matlab r2009 a,4GB RAM and 2.00 GHZ Intel core 2Duo .
so please what should i do? I was trying to train the nntool with a feature vector of the no.of black pixels in a box in an image divided into 5*5 boxes where there is 5000 images for the digits from 0 to 9 .

so the input matrix for training is 25*50000

the target matrix dimensions is (as I think )10*50000

with a pattern of the following form:

target=zeros(25,50000);
target(1,1:5000)=ones(1,5000);%this correspond to zero
target(2,5001:10000)=ones(1,5000);%this corresponds to one

and so on

so my questions are:

are the dimensions of the target matrix correct?

and if so (if correct) i got an error message:

??? Insufficient number of outputs from right hand side of equal sign to satisfy assignment.

Error in ==> nntool at 681
[errmsg,errid] = me.message;
which I know from previous question on this forum that it is an out of memory error.

I’m having Matlab r2009 a,4GB RAM and 2.00 GHZ Intel core 2Duo .
so please what should i do? nntool taget matrix MATLAB Answers — New Questions

​

I am trying to plot data based on the specimen id, I have two types of speciments. 0.12C and 0.07C Steel, as seen in the photo here is the table.

I would like to plot the data with different markers for each Plate ID, but i can’t seem to figure out how to plot them. I have tried calling out the rows and varible when plotting but it won’t work.
Here is how i load the data:
Table4 = readtable(‘Grain Size.xlsx’,’sheet’,’KIC Master’,’VariableNamingRule’,’preserve’);
Here is how I am trying to plot:
plot(ax2,Table4(1:7,"Ferrite Grain Size-1/2 (in.)"),Table4(1:7,"Provisional To °F"),’Color’,’black’,’LineStyle’,’none’,’Marker’,’x’,’MarkerEdgeColor’,’black’,’MarkerFaceColor’,’black’);
plot(ax2,Table4(8:11,"Ferrite Grain Size-1/2 (in.)"),Table4(8:11,"Provisional To °F"),’Color’,’black’,’LineStyle’,’none’,’Marker’,’S’,’MarkerEdgeColor’,’black’,’MarkerFaceColor’,’black’);
I get this error:
Error using plot
Invalid subscript for Y. A table variable subscript must be a numeric array containing real positive integers, a logical array, a character vector, a string array, a cell
array of character vectors, or a pattern scalar used to match variable names.Error using plot
Invalid subscript for Y. A table variable subscript must be a numeric array containing real positive integers, a logical array, a character vector, a string array, a cell
array of character vectors, or a pattern scalar used to match variable names.

What am I missing here? The only way i have gotten this kind of thing to work in the past is by creating seaperate tables for each specimen type then plotting each table individually. I would like to at least keep them in the same table and be able to call our which rows I want to plot.
Thank You!I am trying to plot data based on the specimen id, I have two types of speciments. 0.12C and 0.07C Steel, as seen in the photo here is the table.

I would like to plot the data with different markers for each Plate ID, but i can’t seem to figure out how to plot them. I have tried calling out the rows and varible when plotting but it won’t work.
Here is how i load the data:
Table4 = readtable(‘Grain Size.xlsx’,’sheet’,’KIC Master’,’VariableNamingRule’,’preserve’);
Here is how I am trying to plot:
plot(ax2,Table4(1:7,"Ferrite Grain Size-1/2 (in.)"),Table4(1:7,"Provisional To °F"),’Color’,’black’,’LineStyle’,’none’,’Marker’,’x’,’MarkerEdgeColor’,’black’,’MarkerFaceColor’,’black’);
plot(ax2,Table4(8:11,"Ferrite Grain Size-1/2 (in.)"),Table4(8:11,"Provisional To °F"),’Color’,’black’,’LineStyle’,’none’,’Marker’,’S’,’MarkerEdgeColor’,’black’,’MarkerFaceColor’,’black’);
I get this error:
Error using plot
Invalid subscript for Y. A table variable subscript must be a numeric array containing real positive integers, a logical array, a character vector, a string array, a cell
array of character vectors, or a pattern scalar used to match variable names.Error using plot
Invalid subscript for Y. A table variable subscript must be a numeric array containing real positive integers, a logical array, a character vector, a string array, a cell
array of character vectors, or a pattern scalar used to match variable names.

What am I missing here? The only way i have gotten this kind of thing to work in the past is by creating seaperate tables for each specimen type then plotting each table individually. I would like to at least keep them in the same table and be able to call our which rows I want to plot.
Thank You! I am trying to plot data based on the specimen id, I have two types of speciments. 0.12C and 0.07C Steel, as seen in the photo here is the table.

I would like to plot the data with different markers for each Plate ID, but i can’t seem to figure out how to plot them. I have tried calling out the rows and varible when plotting but it won’t work.
Here is how i load the data:
Table4 = readtable(‘Grain Size.xlsx’,’sheet’,’KIC Master’,’VariableNamingRule’,’preserve’);
Here is how I am trying to plot:
plot(ax2,Table4(1:7,"Ferrite Grain Size-1/2 (in.)"),Table4(1:7,"Provisional To °F"),’Color’,’black’,’LineStyle’,’none’,’Marker’,’x’,’MarkerEdgeColor’,’black’,’MarkerFaceColor’,’black’);
plot(ax2,Table4(8:11,"Ferrite Grain Size-1/2 (in.)"),Table4(8:11,"Provisional To °F"),’Color’,’black’,’LineStyle’,’none’,’Marker’,’S’,’MarkerEdgeColor’,’black’,’MarkerFaceColor’,’black’);
I get this error:
Error using plot
Invalid subscript for Y. A table variable subscript must be a numeric array containing real positive integers, a logical array, a character vector, a string array, a cell
array of character vectors, or a pattern scalar used to match variable names.Error using plot
Invalid subscript for Y. A table variable subscript must be a numeric array containing real positive integers, a logical array, a character vector, a string array, a cell
array of character vectors, or a pattern scalar used to match variable names.

What am I missing here? The only way i have gotten this kind of thing to work in the past is by creating seaperate tables for each specimen type then plotting each table individually. I would like to at least keep them in the same table and be able to call our which rows I want to plot.
Thank You! plotting MATLAB Answers — New Questions

​

Hi everyone
I am a linux user and i have an arch installation running with X11 desktop management on my pc. I always struggled to run matlab on my laptop (interface wont open and stuff like that) since arch is not officially supported and i deferred to using the online version. After a bit i fixed the problems and started using the desktop version without issue up untill the last month when the glibc packag updated to the 2.4.1 while matlab needs the 2.4.0 and everythng broke again. Tired of all these problems i decided to opt for the dockerized version, i downloded the official ubuntu 24.04 docker from the docker hub and as said in the website i ran the following commands:
$ xhost +
$ docker run -it –rm -e DISPLAY=$DISPLAY -v /tmp/.X11-unix:/tmp/.X11-unix:ro –shm-size=512M mathworks/matlab:r2025a
and the terminal is hanging and no interface is opening. I thought it might be a licencing problem but my licence is given from my university and i dont know how to retreive the licence file. Can someone help me fix the problem (and identify it if its different from my suppositions)?
Also extra quick question, after solving this problem how do i download add-ons and libs? Same as in the desktop version?
Thanks in advance :)Hi everyone
I am a linux user and i have an arch installation running with X11 desktop management on my pc. I always struggled to run matlab on my laptop (interface wont open and stuff like that) since arch is not officially supported and i deferred to using the online version. After a bit i fixed the problems and started using the desktop version without issue up untill the last month when the glibc packag updated to the 2.4.1 while matlab needs the 2.4.0 and everythng broke again. Tired of all these problems i decided to opt for the dockerized version, i downloded the official ubuntu 24.04 docker from the docker hub and as said in the website i ran the following commands:
$ xhost +
$ docker run -it –rm -e DISPLAY=$DISPLAY -v /tmp/.X11-unix:/tmp/.X11-unix:ro –shm-size=512M mathworks/matlab:r2025a
and the terminal is hanging and no interface is opening. I thought it might be a licencing problem but my licence is given from my university and i dont know how to retreive the licence file. Can someone help me fix the problem (and identify it if its different from my suppositions)?
Also extra quick question, after solving this problem how do i download add-ons and libs? Same as in the desktop version?
Thanks in advance 🙂 Hi everyone
I am a linux user and i have an arch installation running with X11 desktop management on my pc. I always struggled to run matlab on my laptop (interface wont open and stuff like that) since arch is not officially supported and i deferred to using the online version. After a bit i fixed the problems and started using the desktop version without issue up untill the last month when the glibc packag updated to the 2.4.1 while matlab needs the 2.4.0 and everythng broke again. Tired of all these problems i decided to opt for the dockerized version, i downloded the official ubuntu 24.04 docker from the docker hub and as said in the website i ran the following commands:
$ xhost +
$ docker run -it –rm -e DISPLAY=$DISPLAY -v /tmp/.X11-unix:/tmp/.X11-unix:ro –shm-size=512M mathworks/matlab:r2025a
and the terminal is hanging and no interface is opening. I thought it might be a licencing problem but my licence is given from my university and i dont know how to retreive the licence file. Can someone help me fix the problem (and identify it if its different from my suppositions)?
Also extra quick question, after solving this problem how do i download add-ons and libs? Same as in the desktop version?
Thanks in advance 🙂 docker, matlab, linux MATLAB Answers — New Questions

​

Ideally this would be using the same format as the save command (.mat file), but instead of writing to disk directly, it would write it to data in memory.
The reason is I need to access the saved data directly to implement a custom hashing method on the variable, and have no need to write it to disk in order to achieve this, and would rather not go through the administratively-heavy option of creating a ram disk through ramfs.
I’d actually be OK with a version-change of MATLAB invalidating the object in my particular case (the idea being that any software updates may influence results, however unlikely).
Assuming full .mat support is not an option, I still need fairly general support, which is why the (intermediate) output of save seems like a good option: e.g., nested structs, cells, arrays. I could probably do without Java objects in this particular case.Ideally this would be using the same format as the save command (.mat file), but instead of writing to disk directly, it would write it to data in memory.
The reason is I need to access the saved data directly to implement a custom hashing method on the variable, and have no need to write it to disk in order to achieve this, and would rather not go through the administratively-heavy option of creating a ram disk through ramfs.
I’d actually be OK with a version-change of MATLAB invalidating the object in my particular case (the idea being that any software updates may influence results, however unlikely).
Assuming full .mat support is not an option, I still need fairly general support, which is why the (intermediate) output of save seems like a good option: e.g., nested structs, cells, arrays. I could probably do without Java objects in this particular case. Ideally this would be using the same format as the save command (.mat file), but instead of writing to disk directly, it would write it to data in memory.
The reason is I need to access the saved data directly to implement a custom hashing method on the variable, and have no need to write it to disk in order to achieve this, and would rather not go through the administratively-heavy option of creating a ram disk through ramfs.
I’d actually be OK with a version-change of MATLAB invalidating the object in my particular case (the idea being that any software updates may influence results, however unlikely).
Assuming full .mat support is not an option, I still need fairly general support, which is why the (intermediate) output of save seems like a good option: e.g., nested structs, cells, arrays. I could probably do without Java objects in this particular case. save, serialization, pickling, hashing, undocumented, serialize MATLAB Answers — New Questions

​

MATLAB encountered a crash. How do I locate the crash log files on my computer. MATLAB encountered a crash. How do I locate the crash log files on my computer.  MATLAB encountered a crash. How do I locate the crash log files on my computer.   MATLAB Answers — New Questions

​

Hey guys,
i’m trying to add controls to the attached model. I’d like to control the flow-rate of the 2 flow-rate-sources in order to change the heat/cold transfered to the MA-Network. When doing so manually there’s not the change i expected, so i figured, that i also need to change the nominal rate of heat-transfer of the system-level-heat-exchanger accordingly to the flow-rate. Also when the flow-rate is too low, i get an error. I assume it’s because the model thinks of the rate of heat-transfer as constant, so by chaning the flow-rate deltaT becomes incredibly high.
I tried to do so with a Matlab script, that influenced the parameters over time. But the graphs showed me this doesn’t work like inteded. And i’ve found this, saying basicly it’s not possible to add the controls i had in mind, am i wrong?
https://de.mathworks.com/help/simscape/ug/how-simscape-run-time-parameters-differs-from-simulink.html

Can somebody help me please? Maybe i’m just not seeing the obvious solution here 😀

Cheers,Hey guys,
i’m trying to add controls to the attached model. I’d like to control the flow-rate of the 2 flow-rate-sources in order to change the heat/cold transfered to the MA-Network. When doing so manually there’s not the change i expected, so i figured, that i also need to change the nominal rate of heat-transfer of the system-level-heat-exchanger accordingly to the flow-rate. Also when the flow-rate is too low, i get an error. I assume it’s because the model thinks of the rate of heat-transfer as constant, so by chaning the flow-rate deltaT becomes incredibly high.
I tried to do so with a Matlab script, that influenced the parameters over time. But the graphs showed me this doesn’t work like inteded. And i’ve found this, saying basicly it’s not possible to add the controls i had in mind, am i wrong?
https://de.mathworks.com/help/simscape/ug/how-simscape-run-time-parameters-differs-from-simulink.html

Can somebody help me please? Maybe i’m just not seeing the obvious solution here 😀

Cheers, Hey guys,
i’m trying to add controls to the attached model. I’d like to control the flow-rate of the 2 flow-rate-sources in order to change the heat/cold transfered to the MA-Network. When doing so manually there’s not the change i expected, so i figured, that i also need to change the nominal rate of heat-transfer of the system-level-heat-exchanger accordingly to the flow-rate. Also when the flow-rate is too low, i get an error. I assume it’s because the model thinks of the rate of heat-transfer as constant, so by chaning the flow-rate deltaT becomes incredibly high.
I tried to do so with a Matlab script, that influenced the parameters over time. But the graphs showed me this doesn’t work like inteded. And i’ve found this, saying basicly it’s not possible to add the controls i had in mind, am i wrong?
https://de.mathworks.com/help/simscape/ug/how-simscape-run-time-parameters-differs-from-simulink.html

Can somebody help me please? Maybe i’m just not seeing the obvious solution here 😀

Cheers, simscape, simulink, heatexchanger, fluids MATLAB Answers — New Questions

​

Dear all,

I am using the SoC Blockset add-on to create a design for ZCU111 evaluation board.

1) The RF Data converter block accepts only int16/uint16 at adcTxChy inport. How does it determine the amplitude of the received signal when deployed on hardware? Or, to put question differently, which amplitudes of the received signal are converted to which uint16 instances? Am I correct, that in the simulation it does not matter what the amplitude of the signal is – it receives and passes raw bits?
2) The output adcTxChyData of RFDC can be of types uint16 | uint32 | uint64 | fixed point. I am curious about in which cases it is a fixed point datatype? Does the amplitude of the received signal equal real world value of this fixed point data type when deployed on hardware?

Thank you!Dear all,

I am using the SoC Blockset add-on to create a design for ZCU111 evaluation board.

1) The RF Data converter block accepts only int16/uint16 at adcTxChy inport. How does it determine the amplitude of the received signal when deployed on hardware? Or, to put question differently, which amplitudes of the received signal are converted to which uint16 instances? Am I correct, that in the simulation it does not matter what the amplitude of the signal is – it receives and passes raw bits?
2) The output adcTxChyData of RFDC can be of types uint16 | uint32 | uint64 | fixed point. I am curious about in which cases it is a fixed point datatype? Does the amplitude of the received signal equal real world value of this fixed point data type when deployed on hardware?

Thank you! Dear all,

I am using the SoC Blockset add-on to create a design for ZCU111 evaluation board.

1) The RF Data converter block accepts only int16/uint16 at adcTxChy inport. How does it determine the amplitude of the received signal when deployed on hardware? Or, to put question differently, which amplitudes of the received signal are converted to which uint16 instances? Am I correct, that in the simulation it does not matter what the amplitude of the signal is – it receives and passes raw bits?
2) The output adcTxChyData of RFDC can be of types uint16 | uint32 | uint64 | fixed point. I am curious about in which cases it is a fixed point datatype? Does the amplitude of the received signal equal real world value of this fixed point data type when deployed on hardware?

Thank you! fixed-point, soc blockset, simulink, datatypes, rf data converter, rfdc, adc MATLAB Answers — New Questions

​

close all
clear all
clc
tspan = [0 100];
y0 = 0.7; % initial value of state variable x1
r0 = 0.7; % initial value of state variable x2
w0 = 0.8; % initial value of state variable x3
x0 = [y0; r0; w0];
[t, x] = ode45(@odefcn, tspan, x0);

%% Plot x2 (y-axis) vs. x1 (x-axis)
subplot(3,1,1);
plot(t,x(:,1));
xlabel(‘Time’)
ylabel(‘Output’);
subplot(3,1,2);
plot(t,x(:,2));
xlabel(‘Time’)
ylabel(‘Policy Rate’);
subplot(3,1,3);
plot(t,x(:,3));
xlabel(‘Time’)
ylabel(‘Wage Share’);
y0 = [0.7; 0.7; 0.8];

%% System of three differential equations
function dx = odefcn(t, x)
% definitions
y = x(1);
r = x(2);
w = x(3);
% parameters
alpha = 1.0;
beta = 1.0;
gamma = 0.1;
delta = 0.3;
mu = 1.0;
lambda = 0.3;
theta = 0.1;
omega = 0.2;
% ODEs
dx(1,1) = alpha * y – beta * r * y;
dx(2,1) = – omega * r + gamma * w * r + delta * y * r;
dx(3,1) = – theta * w + lambda * y * w – mu * w * w;
endclose all
clear all
clc
tspan = [0 100];
y0 = 0.7; % initial value of state variable x1
r0 = 0.7; % initial value of state variable x2
w0 = 0.8; % initial value of state variable x3
x0 = [y0; r0; w0];
[t, x] = ode45(@odefcn, tspan, x0);

%% Plot x2 (y-axis) vs. x1 (x-axis)
subplot(3,1,1);
plot(t,x(:,1));
xlabel(‘Time’)
ylabel(‘Output’);
subplot(3,1,2);
plot(t,x(:,2));
xlabel(‘Time’)
ylabel(‘Policy Rate’);
subplot(3,1,3);
plot(t,x(:,3));
xlabel(‘Time’)
ylabel(‘Wage Share’);
y0 = [0.7; 0.7; 0.8];

%% System of three differential equations
function dx = odefcn(t, x)
% definitions
y = x(1);
r = x(2);
w = x(3);
% parameters
alpha = 1.0;
beta = 1.0;
gamma = 0.1;
delta = 0.3;
mu = 1.0;
lambda = 0.3;
theta = 0.1;
omega = 0.2;
% ODEs
dx(1,1) = alpha * y – beta * r * y;
dx(2,1) = – omega * r + gamma * w * r + delta * y * r;
dx(3,1) = – theta * w + lambda * y * w – mu * w * w;
end close all
clear all
clc
tspan = [0 100];
y0 = 0.7; % initial value of state variable x1
r0 = 0.7; % initial value of state variable x2
w0 = 0.8; % initial value of state variable x3
x0 = [y0; r0; w0];
[t, x] = ode45(@odefcn, tspan, x0);

%% Plot x2 (y-axis) vs. x1 (x-axis)
subplot(3,1,1);
plot(t,x(:,1));
xlabel(‘Time’)
ylabel(‘Output’);
subplot(3,1,2);
plot(t,x(:,2));
xlabel(‘Time’)
ylabel(‘Policy Rate’);
subplot(3,1,3);
plot(t,x(:,3));
xlabel(‘Time’)
ylabel(‘Wage Share’);
y0 = [0.7; 0.7; 0.8];

%% System of three differential equations
function dx = odefcn(t, x)
% definitions
y = x(1);
r = x(2);
w = x(3);
% parameters
alpha = 1.0;
beta = 1.0;
gamma = 0.1;
delta = 0.3;
mu = 1.0;
lambda = 0.3;
theta = 0.1;
omega = 0.2;
% ODEs
dx(1,1) = alpha * y – beta * r * y;
dx(2,1) = – omega * r + gamma * w * r + delta * y * r;
dx(3,1) = – theta * w + lambda * y * w – mu * w * w;
end graphics, subplot, plotting, plot, differential equations MATLAB Answers — New Questions

​

I’m making a set of tables from a 4x4x4 array, like so:
T{jj} = table(data(jj,:,1)’,data(jj,:,2)’,data(jj,:,3)’,data(jj,:,4)’,’VariableNames’,colName,’RowNames’,rowName);
The annoying thing is, I have to change this line every time there’s a different number of columns. For example, for 3 columns, the command is:
T{jj} = table(data(jj,:,1)’,data(jj,:,2)’,data(jj,:,3)’,’VariableNames’,colName,’RowNames’,rowName);
I know I could do a switch on the number of columns and have a case for every possible number of columns I might ever have, but is some way around that? The obvious solution of giving it the data as an array doesn’t work if you want named rows and columns:

T{jj} = table(data(jj,:,:),’VariableNames’,colName,’RowNames’,rowName);
Error using table (line 369)
The VariableNames property must contain one name for each variable in the table.

I get the exact same error back if I use slice():
T{jj} = table(slice(data(jj,:,:)),’VariableNames’,colName,’RowNames’,rowName);

But it works fine without row / column names
T{jj} = table(data(jj,:,:));
Am I missing something simple, or is this maybe a design oversight?I’m making a set of tables from a 4x4x4 array, like so:
T{jj} = table(data(jj,:,1)’,data(jj,:,2)’,data(jj,:,3)’,data(jj,:,4)’,’VariableNames’,colName,’RowNames’,rowName);
The annoying thing is, I have to change this line every time there’s a different number of columns. For example, for 3 columns, the command is:
T{jj} = table(data(jj,:,1)’,data(jj,:,2)’,data(jj,:,3)’,’VariableNames’,colName,’RowNames’,rowName);
I know I could do a switch on the number of columns and have a case for every possible number of columns I might ever have, but is some way around that? The obvious solution of giving it the data as an array doesn’t work if you want named rows and columns:

T{jj} = table(data(jj,:,:),’VariableNames’,colName,’RowNames’,rowName);
Error using table (line 369)
The VariableNames property must contain one name for each variable in the table.

I get the exact same error back if I use slice():
T{jj} = table(slice(data(jj,:,:)),’VariableNames’,colName,’RowNames’,rowName);

But it works fine without row / column names
T{jj} = table(data(jj,:,:));
Am I missing something simple, or is this maybe a design oversight? I’m making a set of tables from a 4x4x4 array, like so:
T{jj} = table(data(jj,:,1)’,data(jj,:,2)’,data(jj,:,3)’,data(jj,:,4)’,’VariableNames’,colName,’RowNames’,rowName);
The annoying thing is, I have to change this line every time there’s a different number of columns. For example, for 3 columns, the command is:
T{jj} = table(data(jj,:,1)’,data(jj,:,2)’,data(jj,:,3)’,’VariableNames’,colName,’RowNames’,rowName);
I know I could do a switch on the number of columns and have a case for every possible number of columns I might ever have, but is some way around that? The obvious solution of giving it the data as an array doesn’t work if you want named rows and columns:

T{jj} = table(data(jj,:,:),’VariableNames’,colName,’RowNames’,rowName);
Error using table (line 369)
The VariableNames property must contain one name for each variable in the table.

I get the exact same error back if I use slice():
T{jj} = table(slice(data(jj,:,:)),’VariableNames’,colName,’RowNames’,rowName);

But it works fine without row / column names
T{jj} = table(data(jj,:,:));
Am I missing something simple, or is this maybe a design oversight? table MATLAB Answers — New Questions

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